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author：Xuanxuan 2019-11-19
EBICO is based in Italy and the burner business is one of our strengths.We have formed strategic cooperation with Novar Bergamo and Vizcaya teams with strong burner development capabilities internationally.Optimize and integrate the cutting-edge combustion technology resources in Europe to form EBICO's cutting-edge strategic system.With strategic partners or factories in Italy, Germany, Switzerland, the Netherlands and China, we have decades of experience in the design, development, marketing services and resource optimization of large burners, fuel supply systems and automatic control systems.Our research focuses on large industrial burners, non-standard burners and some highly refined combustion equipment.
EBICO provides standard and non-standard burners.The scientific application of advanced separation technology determines that it can adapt to very harsh environment, EBCIO burner fully meets the requirements of boiler, power plant, industrial boiler, heat conduction oil furnace, asphalt mixing building drying cylinder and asphalt heat conduction oil furnace.Advanced and unique design concept has won the EBICO burner many markets, such as: low nitrogen emission standard burner and intelligent control which meet European CLASS I, CALSS II and CALSS III standards in advance.EBICO burner provides customers with the most reliable products and services, while achieving a variety of fuel efficient and economical configuration.At present, there are many burners for boilers, power plants, industrial boilers, thermal oil boilers, garbage incineration, asphalt mixing building heating services.
EBICO burner has a team of highly technical professionals who are able to analyze customer requirements and discuss the best design and manufacturing systems with the customer to fully meet the specific requirements and expectations of the user.The most important thing is to provide fast support service for customers.
The choice of EBICO burner means that we have experienced partners with the same needs in the same industry, which enables the users to allocate economic and production resources to the maximum extent under the premise of fully considering the ecological and environmental issues.
We can provide all kinds of burners with power range of 85kw-86000kw.Specific are: conventional fuel burner, non-standard custom burner, low nitrogen burner, pulverized coal burner, multi-fuel burner, low calorific value burner.
In recent years, China's environmental pollution is serious, haze has caused a certain degree of impact on people's life and work.Under the strict requirements of the national environmental protection policy, power enterprises attach great importance to energy saving and emission reduction, and formulate and timely, reasonable and effective measures.For a long time in the future, China will still mainly use coal-fired power generating units to generate electricity, but many boilers of power generating enterprises cannot meet the current national environmental protection requirements.Therefore, coal power generation enterprises must carry out boiler optimization and transformation according to the emission limits of pollutants required by the state, and actively adopt a series of environmental protection measures.Adopting low nitrogen combustion technology in boiler transformation can not only greatly reduce NO emission, but also improve stability and safety of boiler operation and save cost.
EI...series is H-shaped bvurner based on the axial flow fan. Abstract simulation frequency and pressure dual-control technology are applied to this series to widen the adjustable range.
Its axial bellow and turbine mixer design enhance flame strength and improve combustion efficiency largely.
The silencer is designed integrally.It reduces noise and applies aesthetic application technology.
The burner is connected by straight section cylindrical mode. Its pallet is movable and the structure is simple, so it is easy to move and maintain and the failure rate is low.
Fuel and oxygen are computed and supplied by independent digit, and the ratio is computed respectively by PLC, so its efficiency and reliability are much higher.
The fuel oil is supplied at low oil pressure and low air atomizing pressure, and poor oil is also applicable; the fuel gas is applied by gas ring atomizing, so it improves efficiency and reduces emission.
Applicable fuel:gas, light oil, oil mixture, heavy/residual oil, oil/gas multipurpose, etc.
This series of burner is applicable for model 500-5000 asphalt mixing plant. It is an ideal product for the asphalt mixing plant.
EBICO always adhere to the "professional quality more assured and integrity to make service more intimate" service tenet.If we can think of it, we will try our best to do it.EBICO always adhere to the customer-centric, to provide customers with first-class service, namely care about the pursuit of customers, desire, provide personalized services, constantly launched to meet customer satisfaction of new products to meet customer needs, so that they enjoy meticulous value-added services.How to stand out in the fierce market competition is the common goal of all EBICO people.EBICO not only emphasizes the innovation of science and technology, but also studies the quality.Build credit with quality, build brand with service.
From the perspective of heat transfer calculation, the measures to reduce the smoke exhaust temperature are analyzed from the following aspects: increasing the heat exchange surface, improving the heat exchange efficiency of the heating surface, improving the heat exchange temperature difference by using a lower temperature source, and reducing the influence of corrosion on the heat exchange efficiency.As gas boiler host first meet the low nitrogen flame furnace volume and size requirements, the second host of convection heating surface is a main export in order to reduce the smoke temperature, general control in 150 ~ 250 ° C, in order to avoid the smoke temperature increases along with the flue design difficulty of heat preservation, high smoking temperature is too low will cause corrosion in furnace convection heating surface forming wall condensation, therefore, furnace domestic demand to design proper heating surface, the physical dimension more representative chamber size.Increasing the heat exchange surface should mainly consider increasing the heat exchange area of the equipment in the rear of the boiler, which is more favorable for rapidly reducing the exhaust temperature.The second is to have a lower inlet water temperature can be used for heat exchange temperature difference characteristics;Third, corrosion resistant materials can be used to improve its service life.The new structure of efficient heat exchange mainly adopts the form of staggered tube arrangement, efficient heat exchange finned tube, plate heat exchanger, etc., to increase the flue gas disturbance and contact surface, reduce the heat resistance of flue gas stratification, and improve the heat exchange efficiency of medium and flue gas.
The insufficient capacity of the system to absorb clean energy is mainly reflected in the difference between the regulating capacity of the system and the actual demand for electricity load.In practice, the output of wind power, photovoltaic power and other new energy has a large fluctuation, and there is a big difference between the time period distribution and the electricity load. For example, wind power generally has a large output at night, but the electricity load is small at this time.Photovoltaic power output decreases rapidly in the evening, but the actual power load is approaching the evening peak.Hydropower output is affected by incoming water, flood season output is larger and dry period output is limited.In addition, considering the economy and safety, nuclear power generally undertakes the system basic charge and seldom participates in peak shaving.Under the comprehensive action of all the above factors, the actual dispatching and operation of the system is relatively difficult, and the adjustment ability becomes the key to determine the consumption level of clean energy.